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An eyebolt inventory control method in which a plurality of eyebolt bodies are provided. The eyebolt bodies all have about the same nominal dimensions and they include a skirt member that is reinforced by radially projecting diametrically extending ribs. The skirts are provided with striking faces s

An eyebolt inventory control method in which a plurality of eyebolt bodies are provided. The eyebolt bodies all have about the same nominal dimensions and they include a skirt member that is reinforced by radially projecting diametrically extending ribs. The skirts are provided with striking faces so that they can be tightened and loosened by striking them with a hammer. A fixed lifting eye projects from one side of the skirt, and a mounting stud projects from the opposite side. The mounting stud is double threaded with one thread being adapted to mate with a threaded bore in the body of the eyebolt assembly, and the other thread being matched to a threaded bore in a load. The same eyebolt body can be employed with a plurality of different mounting studs, which simplifies inventorying eyebolt assemblies to meet all of the different threaded bores that may occur in different loads. Only the mounting studs need to bear threads that match the threads in the loads. When two different orders are accepted an eyebolt body is selected for each order, and mounting studs are selected to match the threads in the intended loads. Either eyebolt body may be assembled to either mounting stud.

대표청구항 ▼

What is claimed is: 1. A fixed eyebolt inventory control method comprising: providing a plurality of fixed eyebolt bodies, all of said fixed eyebolt bodies having about the same nominal dimensions and including a base member having generally opposed bearing and lifting sides, said bearing side bein

What is claimed is: 1. A fixed eyebolt inventory control method comprising: providing a plurality of fixed eyebolt bodies, all of said fixed eyebolt bodies having about the same nominal dimensions and including a base member having generally opposed bearing and lifting sides, said bearing side being adapted to bear against a surface of a substrate, said lifting side including a lifting loop integral therewith and projecting generally axially therefrom, a mounting element engaging member accessible from said bearing side and adapted to engagingly receive an eyebolt mounting component projecting generally axially from said base member and opposed to said lifting loop; stocking a plurality of different eyebolt mounting components, each of said eyebolt mounting components having at least two mounting elements, a first of each of said mounting elements being adapted to engage with a said mounting element engaging member, each of said eyebolt mounting components having at least a second mounting element, said second mounting element being adapted to engage said load, said plurality of eyebolt mounting components including at least first eyebolt mounting components having a first style of second mounting elements, and second eyebolt mounting components having a second style of second mounting elements, said first and second styles being different; accepting a plurality of orders for different eyebolt assemblies; responsive to a first of said orders, selecting a first said fixed eyebolt body and one of said first eyebolt mounting components, said one of said first eyebolt mounting components having said first style of second mounting element; assembling said first eyebolt mounting component to said first fixed eyebolt body responsive to said first order to form a first fixed eyebolt assembly; responsive to a second of said orders, selecting a second said fixed eyebolt body and one of said second eyebolt mounting components, said one of said second eyebolt mounting components having said second style of second mounting element; selecting said one of said first eyebolt mounting components and said one of said second eyebolt mounting components so that they have a common said first mounting element; assembling said second eyebolt mounting component to said second fixed eyebolt body responsive to said second order to form a second fixed eyebolt assembly; and supplying said first fixed eyebolt assembly for engagement with an element in said substrate through the application of a hammer blow to a striking face on said lifting side of said first fixed eyebolt body. 2. A fixed eyebolt inventory control method according to claim 1 including releasably assembling said first eyebolt mounting component to said first eyebolt body responsive to said first order. 3. A fixed eyebolt inventory control method according to claim 1 wherein said providing a plurality of fixed eyebolt bodies includes stocking said plurality of fixed eyebolt bodies. 4. A fixed eyebolt inventory control method according to claim 1 wherein said providing a plurality of fixed eyebolt bodies includes refurbishing pre-existing fixed eyebolt assemblies to provide said plurality of fixed eyebolt bodies. 5. A fixed eyebolt inventory control method according to claim 1 wherein said first style of second mounting element is a thread. 6. A fixed eyebolt inventory control method according to claim 1 wherein said first mounting element is a thread.